Information Technology in Disaster Risk Reduction: 5th IFIP WG 5.15 International Conference, ITDRR

Web Portal to Support Remote Island for Sightseeing and Disaster Management.- Development of Real-time Evacuation Support System (RESS) to Reduce Human Damage in Natural Disasters.- Visualization of Tweets and Related Images Posted During Disasters.- Preliminary Evaluation of Information Sharing in COACHES.- Application of Disaster Management Information for the COVID-19 Pandemic.- Applying Information Technology for Cross Border Disaster Risk Reduction through Public Private Partnership amidst COVID-19.- Towards Single Value Coordinate System (SVCS) for Earthquake Forecasting using Single Layer Hierarchical Graph Neuron (SLHGN).- The Muddy Practice of Social Media Crowdsourcing in Bandung City.- Bumikita Mobile Application: The starting point of a Children-Centred Approach for Multi Hazard Early Warning System in Indonesia.- General Knowledge Representation and Sharing for Disaster Management.- Information Technology based on Qualitative Methods in Cyber-Physical Systems of Situational Disaster Risk Management.- Creating a List of Works on Reconstruction of Infrastructure Elements in Natural Disasters based on Information Technologies.- The Ianos Cyclone (September 2020, Greece) from Perspective of Utilizing Social Networks for DM.- Cyber-security in Digital Metering Value Chain for Mountain Landslide Warning.- Disaster Risk Reduction for All? Understanding Intersectionality in Disaster Situations.- Opportunities and Challenges of ICT in Emergency Processes.- Integration in and Between Earth Observation Research Centers for Achieving Sustainable Development.- Towards Safety and Security-related Testing of Crisis Management Solutions.- Mathematical Model of Integral Fire Risk Management.- Mathematical and Computer Modeling of Active Movement of People during Evacuation from Buildings.- Cyber Resilience Strategic Planning and Self-Assessment Tool for Operationalization in SMEs.- Monitoring the Health System Saturation Risk During COVID-19 Pandemics.- Emergency Response Supported by Drones and Experts Perceptions.- Fuzzy Logic Approach to Complex Assessment of Drought Vulnerability.